JavaScript is disabled in your browser. Please enable JavaScript to proceed. A required part of this site couldn’t load. This may be due to a browser extension, network issues, or browser settings. Please check your connection, disable any ad blockers, or try using a different browser.
- United States - / - Software - / - NasdaqGS:AUR Aurora Innovation (AUR) Is Up 27.0% After Pre‑Earnings Optimism Around 2026 Driverless Truck Targets - Aurora Innovation recently extended its run of gains as investors increased buying ahead of its first‑quarter 2026 earnings release, scheduled after the market close on May 6 and followed by a conference call to discuss financial and operating highlights. - The company’s previously stated goal of operating more than 200 driverless trucks by the end of 2026 has become a focal point for investors assessing how its autonomous freight platform could influence future revenue scale and business momentum. - We’ll now examine how anticipation around Aurora’s plan to operate more than 200 driverless trucks by 2026 may influence its investment narrative. The future of work is here. Discover the 34 top robotics and automation stocks leading the charge in AI-driven automation and industrial transformation. Aurora Innovation Investment Narrative Recap To own Aurora Innovation, you need to believe its autonomous trucking platform can scale far beyond today’s minimal US$3.0 million revenue base and heavy losses. The latest earnings date news reinforces that the key near term catalyst remains proof of progress toward the 200 driverless truck target, while the biggest risk is that commercialization and gross profit timing slip, prolonging high cash burn and potential dilution. The share price move itself does not materially change those fundamentals. Among recent developments, the appointment of former Meta finance leader David Wehner to Aurora’s board stands out in this context. With Q1 2026 results and the 200 truck goal in focus, investors may view added financial oversight and governance experience as important as the company balances rapid deployment ambitions against sustained quarterly net losses of over US$200 million and a cash runway only into the second half of
Automation is growing at Australia's biggest gold mine — but at what cost? In short: The mining industry is transforming, as workers move from on-the-ground roles to roles in control rooms. At Boddington, Australia's largest gold mine, leaders say automation has significantly improved function and efficiency. Unions and experts have concerns over safety and jobs. At Australia's biggest gold mine, a real life video game is playing out. These days, the two open-cut pits at the Boddington Gold Mine, around 130km south of Perth, are largely empty of human staff. In a control room kilometres away, workers sit behind screens in comfortable chairs, keeping the mine operating and the gold moving by using what look a lot like gaming controllers. Many of these workers were once truck drivers or drill operators. Newmont Boddington General Manager Chris Dark says the benefits are widespread. "We were the first gold mine to put in autonomous trucks and to use autonomous drills," he said. "We also (are) really moving a lot less people into the mine — there's a lot less interaction inside the mine." This, Mr Dark argues, is the most significant benefit. "It's safer and more productive and it sets us up in the long term to put less people in and around moving operating equipment,"he said. Automation unavoidable The workers are in the midst of an industry looking to push further and further into the use of both automation and AI. Australia's peak scientific body says the autonomous revolution's impacts are being felt across the resources sector. "This has been a highly innovative industry for a number of years, and certainly over the past decade, a lot of those innovations have really started to bear fruit," CSIRO mining researcher Chad Hargrave said. "We're a lot more focused on innovation than maybe
Tesla FSD v14.3.1 Shows Real-World Obstacle Avoidance: Potholes and Manholes Skirted in Latest Build According to Sawyer Merritt on X, Tesla FSD v14.3.1 successfully avoided multiple potholes and manholes during real-world driving, with the system either independently choosing evasive paths or following leading-vehicle cues, as shown in the shared clip; the update also saves FSD overlay data directly to the phone for review. As reported by Sawyer Merritt, this behavior highlights improved road-hazard detection and path planning that can reduce wheel and suspension damage costs for fleet operators and owners. According to the same source, the on-device clip export with FSD telemetry streamlines incident analysis for businesses evaluating autonomy performance and driver monitoring. SourceAnalysis Diving deeper into the technical aspects, Tesla's FSD V14.3.1 likely leverages vision-based AI models, eschewing traditional radar and lidar in favor of camera-only inputs processed by neural networks. According to Tesla's AI Day presentations in 2022, their Occupancy Network can predict road surface conditions in real-time, potentially enabling independent decisions on obstacle avoidance. This is a step up from earlier versions, where FSD V12 in 2024 introduced end-to-end learning for smoother navigation. Implementation challenges include varying road conditions across regions; for instance, a 2025 study by the Insurance Institute for Highway Safety noted that AI systems struggle with unmarked potholes in low-light scenarios, leading to potential overrides. Businesses looking to monetize this technology could explore partnerships with insurance companies, offering premiums based on FSD usage data, which has shown a 30 percent reduction in claims according to Tesla's 2024 safety report. Ethical implications arise in data privacy, as FSD collects vast amounts of driving footage; Tesla addresses this through opt-in features, complying with regulations like the EU's General Data Protection Regulation updated in 2023. Competitive analysis shows Tesla holding a 25 percent market share in electric
访é®é¢ç¹ï¼è¯·ç¨åéè¯ æ¨æè¦è®¿é®ç页é¢ä¸å¨è¿å¿ï¼å®å¯è½æ£å¿çå·ççåï¼ç¨åå°±è½æ¢å¤æ£å¸¸ è¿å主页
Dive Brief: - Kodiak AI has expanded its autonomous trucking program into the Midwest, demonstrating its technology in Ohio and Indiana. It’s the company’s first operational deployment outside the southern U.S., according to an April 7 press release. - The company partnered with DriveOhio, a smart mobility initiative of the Ohio Department of Transportation, to showcase its driverless trucks along Interstate 70, a major east-west freight corridor. - “This program highlights not only the maturity of our technology, but also its ability to operate safely and effectively beyond the sunbelt, in new environments that are critical to the U.S. supply chain,” said Don Burnette, founder and CEO of Kodiak, in the release. Dive Insight: As Kodiak moves toward a planned 2026 launch of its long-haul driverless trucks, the company is beginning to scale beyond its early deployments on private roads in West Texas. In the Permian Basin, Kodiak’s vehicles have already faced demanding conditions, including uneven terrain, narrow bidirectional lanes and heavy traffic, Burnette said during the company’s Q4 earnings call on March 10. Adding weather to the mix further increases that complexity. “As we expand, we obviously see new things, see new challenges and increase the diversity with which the system has operated,” he said. While I-70 also has its share of road surface roughness, including potholes, the Midwest introduces new variables — from seasonable weather shifts to road conditions — that many autonomous vehicle developers have yet to fully address. In February, Kodiak started testing its long-haul trucks at highway speeds at the American Center for Mobility, a 500-acre automotive proving ground in Southeast Michigan. The recent Midwest demonstration, however, marks a step beyond closed-course testing. The company’s expansion into Ohio was not a continuous commercial operation, like its deals with Atlas Energy Solutions and, more recently, Martin
访é®é¢ç¹ï¼è¯·ç¨åéè¯ æ¨æè¦è®¿é®ç页é¢ä¸å¨è¿å¿ï¼å®å¯è½æ£å¿çå·ççåï¼ç¨åå°±è½æ¢å¤æ£å¸¸ è¿å主页
The Republic of Korea has granted its first approval for paid autonomous freight transport, allowing a local self-driving startup, RideFlux Inc., to begin operations, the transport ministry said Thursday, Yonhap News Agency reported. RideFlux will launch parcel delivery services in June using an autonomous truck operating at speeds of up to 90 kph along a 112-kilometre stretch on the Jungbu Expressway, the Ministry of Land, Infrastructure and Transport said in a press release. The company plans to start operations after signing a commercial freight agreement with its partner, Lotte Global Logistics. A 25-ton Maxen truck manufactured by Tata Daewoo Mobility Co. will be deployed on the route, with services running three times a week on weekdays during off-peak hours. The rollout will follow a phased safety framework. In the initial stage, a test driver will remain in the driver's seat. In the next phase, expected to begin next year, the driver will move to the passenger seat, with fully unmanned operations planned in the final stage. "The approval marks a significant step toward the commercialisation of autonomous driving technology in the logistics sector," a ministry official said.
With Gasgoo Daily, we will offer daily important automotive news in China. For those we have reported, the title of the piece will include a hyperlink, which will provide detailed information. Audi Deepens Cooperation with SAIC to Jointly Develop Next-Generation BEV Models On April 17, Audi and SAIC Motor officially signed a strategic cooperation agreement. The two parties will deepen collaboration in smart electrification and jointly develop Audi's next-generation battery electric vehicles (BEVs). They will also establish an Innovation and Technology Center in Shanghai to implement the "In China, For China" R&D strategy and further optimize Audi's electrification lineup in China. Under the agreement, both sides will jointly develop future Audi models based on a next-generation intelligent digital platform, with an initial plan of four models covering the B-segment and C-segment markets, scheduled to launch successively in the coming years. Leveraging SAIC's strengths in local supply chains and intelligent technologies, combined with Audi's premium brand heritage, the partnership will enhance product adaptability and R&D efficiency. Hesai Launches Picasso SPAD Chip, Taking LiDAR into 6D Full-Color Era On April 17, at its 2026 Tech Open Day, Hesai Technology unveiled the world's first 6D full-color LiDAR ultra-sensitive chip – Picasso SPAD-SoC. Meanwhile, Hesai's ETX series LiDAR will be upgraded with the new Picasso chip, supporting up to 4320-line full-color 4K ultra-high-definition perception, a maximum detection range of 600 meters, and the ability to identify small obstacles of 15cm×25cm within 150 meters. Mass production and delivery are expected in the second half of 2026. Pony.ai, GAC Commercial Vehicle Form Strategic Cooperation to Accelerate Large-Scale Rollout of L4 Autonomous Trucks On April 16, Pony.ai and GAC Commercial Vehicle signed a strategic cooperation agreement in Guangzhou. As leading local enterprises in the Guangdong-Hong Kong-Macao Greater Bay Area, the two parties will combine GAC Commercial Vehicle's
By Aisylu Akhmetzianova Self-driving trucks from June will make their debut on the nation's highways. The Ministry of Land, Infrastructure and Transport on April 16 announced the issuance of its first license to operate a self-driving vehicle for commercial freight transportation to RideFlux after the latter passed the evaluation. From June, RideFlux will start operating such trucks on a 112-km stretch of highway connecting a logistics complex in southeastern Seoul to Lotte Express Jincheon Mega Hub Terminal. The vehicles will run at a speed of 90 kph. By year's end, autonomous truck transportation will be expanded to other regions like Jeonju, Jeollabuk-do Province; Gangneung, Gangwon-do Province, and Daegu. For safety reasons, a test driver will sit in the driver's seat in pilot operations before switching to the passenger seat next year. The ministry said, "We will aggressively back domestic autonomous driving technology so that it gains competitiveness in freight as well as passenger transportation." aisylu@korea.kr
Tata Daewoo Maxen 25-ton truck (provided by the Ministry of Land, Infrastructure and Transport). ⓒ News1 From June, autonomous driving trucks are expected to be seen transporting parcels on the Jungbu Expressway. The Ministry of Land, Infrastructure and Transport (MOLIT) announced on the 16th that it has, for the first time, granted approval for paid freight transportation using autonomous vehicles to domestic autonomous driving specialist company RideFlux. Previously, approvals were mainly issued for services such as autonomous buses that carry passengers. Starting in June, RideFlux plans to launch a parcel transport service using an autonomous truck shuttling between the Dongnam Logistics Complex in Songpa-gu, Seoul, and Lotte Global Logistics’ Jincheon Mega Hub Terminal in North Chungcheong Province via the Jungbu Expressway. The autonomous truck will operate on a 112 km route at a speed of 90 km/h. One Tata Daewoo Mobility Maxen 25t truck will be deployed for the route. It will operate three times a week between 8 p.m. and 5 a.m. the following day on weekdays, when traffic volume is relatively low. Interior of the Tata Daewoo Maxen 25-ton truck (provided by the Ministry of Land, Infrastructure and Transport). ⓒ News1 For safety, full driverless operation will be introduced in stages. In the initial phase, a test driver will be seated in the driver’s seat during operation. From next year, the test driver will only be seated in the passenger seat. After MOLIT’s safety verification, the system is planned to transition to fully unmanned operation. RideFlux plans to begin the service after signing a paid transport contract with its partner Lotte Global Logistics. In cooperation with local governments, the company also plans to promote the introduction of autonomous freight transport services in the Jeonbuk Wide-area Transport Network Zone, Gangwon Freight Transport Zone, Jeju Smart Logistics Zone, and Daegu,
Latest Search Quote | Back Zoom + Zoom - | | | PONY-W Joins GAC Commercial Vehicle to Advance Robotruck Commercialization Recommend 7 Positive 9 Negative 1 | | | PONY-W (02026.HK) and GAC Commercial Vehicle signed a strategic cooperation agreement in Guangzhou yesterday (16th), under which they will advance the large-scale commercial deployment of Robotrucks across logistics scenarios in the Greater Bay Area and nationwide through deep collaboration. The two sides will also engage in cooperation on the development of key technologies surrounding L4 autonomous truck vehicle platforms, drive-by-wire chassis systems, and autonomous driving system integration. Auto-translated by AI AASTOCKS Financial News | |
访é®é¢ç¹ï¼è¯·ç¨åéè¯ æ¨æè¦è®¿é®ç页é¢ä¸å¨è¿å¿ï¼å®å¯è½æ£å¿çå·ççåï¼ç¨åå°±è½æ¢å¤æ£å¸¸ è¿å主页
Loading... RideFlux will launch parcel delivery services in June using an autonomous truck operating at speeds of up to 90 kph on a 112-kilometre route along the Jungbu Expressway. The service will begin after a commercial freight agreement with Lotte Global Logistics, supporting the rollout of autonomous delivery operations. A 25-ton Maxen truck manufactured by Tata Daewoo Mobility Co. will be used, operating three times a week during off-peak hours. The project will begin with a safety driver on board, followed by a transition to driverless operations in later stages under a phased regulatory framework. Officials said the approval marks a key milestone in the commercialization of autonomous driving technology in the logistics sector.
In January, Irving-based Caterpillar (NYSE: CAT) made a splash at the annual CES conference in Las Vegas by announcing “a major leap forward” in its embrace of autonomous technology, planning a long lineup of “intelligent machines” that could transform construction worldwide—everything from excavators to loaders to dozers to haul trucks. Now it’s doubling down on that strategy by acquiring the technology of self-driving electric tractor startup Monarch Tractor, according to a Bloomberg report. Based in the San Francisco Bay area, Monarch developed the MK-V, which it called “the world’s first fully electric, driver-optional, autonomous smart tractor.” The tractor’s software-based “control center” was driven by WingspanAI, an app-based digital agriculture tech platform for farm management, data collection, and analytics. Founded in 2018, the startup had raised around $251 million from backers including Astanor Ventures, At One Ventures, and an affiliate fund of Taiwan-based Foxxcon, giving it a valuation of over $500 million in 2024. But the company ran into financial problems and legal setbacks recently that led to its manufacturing shutdown and acquisition by Caterpillar—the terms of which were not disclosed. A ‘shift’ from manufacturing to tech licensing amid a bumpy ride Monarch had been called “the Tesla of agriculture,” with good reason: Its co-founder and president, Mark Schwager, was a former Tesla employee who served as head of the Tesla Gigafactory, leading the project from concept phase to construction. But Monarch has had a bumpy ride of late, leading it to cease its operations earlier this month following financial setbacks, lawsuits from dealerships, staff layoffs, and facility closures, according to reports by FarmProgress and others. In a LinkedIn post last week, the company said it had “set out to push agriculture forward by building one of the first smart, electric, software-defined tractors. From by-wire systems to exportable power, V2G capability,
This website is using a security service to protect itself from online attacks. We are checking your browser to establish a secure connection and keep you safe. Please enable JavaScript to continue.
AUSTIN, Texas — In the last several years, autonomous rideshares have exploded in Texas, particularly in the city of Austin. The Waymo fleet is the most popular and the only one you can regularly book in major cities like Austin, Dallas, San Antonio and even Houston. The newest fleet to roll out in Austin is an Amazon-owned autonomous vehicle company called Zoox. It began deploying its driverless cars in the capital city in March. Testing initially was restricted to employees. According to the City of Austin, there are six self-driving car companies in the city. ADMT, Avride and Zoox are still in the testing phase; Motional is in the mapping phase; and Tesla and Waymo have been deployed. However, the Tesla-owned robotaxi is not serving everyday customers. A research scientist at the Center for Autonomy at the University of Texas at Austin said there are two primary reasons companies selected Texas for testing. “Probably the weather, because a lot of the times, you know, you probably haven’t seen any Waymo cars or Zoox cars deployed in, you know, adverse weather conditions like maybe areas where there’s a lot of snow. So obviously we don’t get any snow pretty much in Texas. So that’s probably one reason. And then the other one is, also because of cost,” said Neel Bhatt. Self-driving freight trucks in Texas are mainly being tested across three corridors: Dallas-Fort Worth, the Dallas-Houston freight lane and the developing Austin-San Antonio corridor, according to the Texas Department of Transportation (TxDOT). Spectrum News reached out to TxDOT, and a spokesperson left us the following statement regarding self-driving cars: “Connected and autonomous vehicles are driving significant safety and economic growth advancements across Texas. TxDOT’s role is to work with autonomous vehicle (AV) companies on what is needed to ensure the state’s
Home News Perspective Industry Experts Magazine Conferences Newsletter About Us × Central Asia South Asia East Asia West Asia South East Asia Journals Editor's Guest Ensuring Excellent Mobile Connectivity for... Technology in Cancer Care: A story of evolving... Bringing Shop Floor to Manufacturer's palm:... Editor's Column What went wrong with Boeing? Why are Indian Banks Resilient in the Face of... Identifying and Mitigating the Cloud Computing... 🍪 Do you like Cookies? We use cookies to ensure you get the best experience on our website. Read more... Accept Decline
JavaScript is disabled in your browser. Please enable JavaScript to proceed. A required part of this site couldn’t load. This may be due to a browser extension, network issues, or browser settings. Please check your connection, disable any ad blockers, or try using a different browser.
Pittsburgh-based company has launched a fully driverless trucking service that has already logged more than 1,000 miles on public highways in Texas. Pittsburgh-based company has launched a fully driverless trucking service that has already logged more than 1,000 miles on public highways in Texas. Télécharger l'application